Microsoft AI Code Security documents a multistage prepare/scan/validate/deduplicate pipeline using risk ranking, taint analysis, LSP type resolution, and multi-model debate.
AFFIRMEDMicrosoft · Agentic security
Microsoft AI Code Security
Governed intelligence profile for Microsoft AI Code Security
Lifecycle
UNKNOWN — no evidence-backed lifecycle event recorded.
Agents
UNKNOWN — no named agent is established by current evidence.
Autonomy and control
UNKNOWN — autonomy facets have not been established.
Architecture
The scanning stage documents more than 100 specialized AI agents targeting vulnerability classes, including injection, memory-safety, and auth-bypass auditors.
AFFIRMEDCapabilities
Remediation
The Defender CLI can generate and apply code fixes directly from agentic scan results.
AFFIRMEDCLI-invoked workflow; approval, branch, and repository permission controls are not specified.Capability evidence
- Vendor documentation
- HIGH
- Public demonstration
- NONE_FOUND
- Independent validation
- NONE_FOUND
- Production effectiveness
- UNKNOWN
Assertion support
HIGH under ASI-1.0:HIGH for quote-to-assertion support; truth not independently confirmed
Alert Triage
Agentic code-scanning findings are published to Microsoft Security Exposure Management for organization-wide triage.
AFFIRMEDRequires Microsoft Security Exposure Management.Capability evidence
- Vendor documentation
- HIGH
- Public demonstration
- NONE_FOUND
- Independent validation
- NONE_FOUND
- Production effectiveness
- UNKNOWN
Assertion support
HIGH under ASI-1.0:HIGH for quote-to-assertion support; truth not independently confirmed
Vulnerability Validation
The scanner claims broad language support with specially tuned expertise for C, C++, Java, and C#.
AFFIRMEDVendor-documented coverage; no comparative language benchmark supplied.Capability evidence
- Vendor documentation
- HIGH
- Public demonstration
- NONE_FOUND
- Independent validation
- NONE_FOUND
- Production effectiveness
- UNKNOWN
Assertion support
HIGH under ASI-1.0:HIGH for quote-to-assertion support; truth not independently confirmed
Evidence conflicts
No open conflict is recorded for this system.
Recent changes
ARCHITECTURE_CHANGE
Microsoft AI Code Security documents a multistage prepare/scan/validate/deduplicate pipeline using risk ranking, taint analysis, LSP type resolution, and multi-model debate.
ARCHITECTUREEVALUATIONRISKAGENT_ADDITION
The scanning stage documents more than 100 specialized AI agents targeting vulnerability classes, including injection, memory-safety, and auth-bypass auditors.
ARCHITECTUREEVALUATIONRISKCAPABILITY_ADDITION
The Defender CLI can generate and apply code fixes directly from agentic scan results.
AUTHORIZATIONOPERATIONSRISKCAPABILITY_ADDITION
Agentic code-scanning findings are published to Microsoft Security Exposure Management for organization-wide triage.
ARCHITECTUREOPERATIONSPROCUREMENTAVAILABILITY_LIFECYCLE_CHANGE
Microsoft AI Code Security is in preview across listed Azure commercial regions, with UAE limited to MDASH CLI scans.
DEPLOYMENTPROCUREMENTRISKCAPABILITY_ADDITION
The scanner claims broad language support with specially tuned expertise for C, C++, Java, and C#.
EVALUATIONPROCUREMENTUnknowns
Any evidence-panel row marked UNKNOWN is not a negative capability claim. Any NONE_FOUND row means the current governed corpus contains no qualifying evidence.
Sources
- SRC-MS-AI-CODE: Microsoft — AI code security overview